M89.69
BillableOsteopathy after poliomyelitis, multiple sites
Last updated: FY2026 ICD-10-CM (Oct 1, 2025 – Sep 30, 2026) | CMS-HCC V28 (100% phase-in, PY2026)
Is M89.69 an HCC code?
Yes. M89.69 maps to Bone/Joint/Muscle Infections/Necrosis under the CMS-HCC V28 risk adjustment model (and Bone/Joint/Muscle Infections/Necrosis under V24).
HCC Category Mapping
RAF weights shown are the community, non-dual, aged base weights from the CMS risk adjustment model file. Actual per-patient RAF contribution depends on member segment, interactions, and the model year used by the payer. V28 is the CMS-HCC model phased in over payment years 2024–2026; V24 remains in use during the transition and for historical data.
MEAT Criteria for M89.69
For M89.69 to count as a valid HCC diagnosis in a given encounter, the provider's documentation must show MEAT: Monitor, Evaluate, Assess, or Treat. A diagnosis from a prior year does not carry forward automatically — it has to be re-documented and supported each calendar year.
- MMonitor: signs, symptoms, disease progression, or lab trending documented in the note
- EEvaluate: test results, medication response, or physical findings reviewed by the provider
- AAssess: explicit mention in the assessment or plan with acknowledgment of status
- TTreat: medication, referral, procedure, therapy, or counseling tied to the diagnosis
Only one of M/E/A/T is required to support the code, but the documentation must be specific enough to show that the provider actually addressed M89.69 during that encounter — not just copy-forwarded from a problem list.
What This Code Means
M89.69 is the ICD-10-CM diagnosis code for osteopathy after poliomyelitis, multiple sites. Bone disease that develops as a complication of poliomyelitis affecting multiple different areas of the body simultaneously. M89.69 sits in the ICD-10-CM chapter for diseases of the musculoskeletal system and connective tissue (m00-m99), within the section covering other osteopathies (m86-m90).
Under the CMS-HCC V28 risk adjustment model, M89.69 maps to Bone/Joint/Muscle Infections/Necrosis (HCC 92) with a community, non-dual, aged base RAF weight of 0.209. Under the older V24 model, M89.69 mapped to the same category but with a base RAF weight of 0.482 — V28 recalibrated weights across the entire model. V28 is the CMS-HCC risk adjustment model that reached 100% phase-in for payment year 2026, replacing V24 which was used during the PY2024–PY2025 transition.
Document all affected sites in the medical record to justify the 'multiple sites' designation. Because M89.69 maps to a payment HCC, the provider's documentation must satisfy MEAT criteria (Monitor, Evaluate, Assess, or Treat) for the encounter to count toward the patient's Medicare Advantage risk adjustment score. When documentation is ambiguous, coders should issue a provider query rather than assume the highest-specificity variant.
HCC Buddy maintains structured V28 and V24 mapping, RAF weights, and MEAT documentation criteria for M89.69 sourced directly from the CMS-HCC risk adjustment model files and the CMS ICD-10-CM code set.
Coding Tips
- •Document all affected sites in the medical record to justify the 'multiple sites' designation
- •This code should be used when osteopathy from poliomyelitis involves two or more different anatomical regions
Clinical Significance
Post-polio osteopathy affecting multiple anatomical sites represents extensive skeletal involvement requiring comprehensive management and monitoring. This diagnosis indicates widespread bone complications from prior poliomyelitis with significant impact on patient function and healthcare utilization.
Documentation Requirements
- ✓Clear documentation of poliomyelitis history
- ✓Multiple anatomical sites with osteopathy specifically identified
- ✓Evidence of bone pathology at each affected location
- ✓Causal relationship between polio and multiple site involvement established
- ✓Comprehensive physical examination of all affected areas
- ✓Imaging studies supporting multi-site bone pathology
- ✓Coordinated treatment plan addressing multiple skeletal sites